Question

Problem 5: In the network below, determine the voltage $\bar{V}_s$. 1$\Omega$ j0.2$\Omega$ 2$\Omega$ j0.1$\Omega$ $\bar{V}_s$ Answer: $\bar{V}_s$ = 2.39/$-170.35^\circ$ kVRMS 6:1 20kVA 0.95 Lagging 220$\angle$0$^\circ$ V$_{RMS}$

          Problem 5: In the network below, determine the voltage $\bar{V}_s$.

1$\Omega$ j0.2$\Omega$
2$\Omega$ j0.1$\Omega$
$\bar{V}_s$

Answer: $\bar{V}_s$ = 2.39/$-170.35^\circ$ kVRMS
6:1
20kVA
0.95
Lagging
220$\angle$0$^\circ$ V$_{RMS}$

Problem 5: In the network below, determine the voltage V̅s.

1Ω j0.2Ω
2Ω j0.1Ω
V̅s

Answer: V̅s = 2.39/-170.35^∘ kVRMS
6:1
20kVA
0.95
Lagging
220∠0^∘ VRMS

Added by Luis Miguel L.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Krystal K

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Start by identifying the nodes in the circuit. In this case, we have two nodes: Node A and Node B. Show more…

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Problem 5: In the network below, determine the voltage Vs.

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Question

Problem 5: In the network below, determine the voltage $\bar{V}_s$. 1$\Omega$ j0.2$\Omega$ 2$\Omega$ j0.1$\Omega$ $\bar{V}_s$ Answer: $\bar{V}_s$ = 2.39/$-170.35^\circ$ kVRMS 6:1 20kVA 0.95 Lagging 220$\angle$0$^\circ$ V$_{RMS}$

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